Blind Hollow Riveting Machine

Function of riveting machine
1 Fit for riveting the spherical head, half-hollow rivets
2 With automatic feeding device, which can rivet continuously
3 The clamp and punch of high-performance is of a high riveting capability
4 Can rivet clinch of various specifications if the die is changed
 
Application: Used for fixing rivets on helmets, belts, tags, toys, etc.

usage	Suitable for riveting at the joint of brake shoes, General pipe fittings
riveting diameter	Φ1.5-8mm
riveting length	5-45mm
Machine throat depth	255mm
Rivet height	950*550*1620mm
N W	350kg
G W	380kg

Blind Hollow Riveting Machine

A Blind Hollow Riveting Machine is designed for efficient installation and fastening of blind hollow rivets in a wide range of industrial and commercial products. By combining controlled rivet feeding, accurate positioning, and mechanical riveting, the machine provides a repeatable fastening process for manufacturers that need consistent quality and improved production efficiency.

Blind hollow rivets are commonly used when manufacturers require a reliable mechanical connection while maintaining a clean appearance on the finished product. Compared with manual riveting, an industrial riveting machine can reduce repetitive labor, improve fastening consistency, and help standardize production processes. The equipment can be used with suitable rivet sizes, materials, tooling, and workpiece configurations according to the specific application.

What Is a Blind Hollow Riveting Machine?

A Blind Hollow Riveting Machine is specialized equipment for installing hollow rivets where access to the workpiece or assembly may be limited. The machine applies controlled riveting force to deform or set the hollow rivet and create a secure mechanical connection between the components.

Depending on the machine configuration, the system can include automatic rivet feeding, rivet orientation, workpiece positioning, riveting, and finished-part discharge. This makes it suitable for both standalone production stations and integrated manufacturing lines.

For manufacturers processing large quantities of similar products, automated or semi-automatic riveting can provide better process consistency than hand riveting. The machine can also be equipped with application-specific dies, punches, fixtures, and feeding components.

Efficient Hollow Rivet Fastening

Production efficiency is one of the major advantages of using a dedicated hollow rivet machine. Manual rivet installation requires operators to repeatedly position each rivet and workpiece before applying the fastening force. This can result in variations in positioning, riveting height, deformation, and cycle time.

A Blind Hollow Riveting Machine provides a controlled operating sequence. Once the workpiece and rivet are correctly positioned, the machine performs the riveting operation according to the configured process.

This helps manufacturers achieve more consistent results across production batches while reducing unnecessary manual operations.

The actual production speed depends on the rivet size, material, workpiece design, feeding method, machine configuration, and operator workflow. For high-volume applications, an automatic feeding system can further reduce manual loading requirements.

Automatic Rivet Feeding System

An important feature of an industrial hollow riveting machine is its rivet feeding system. Automatic feeding allows loose rivets to be supplied to the riveting station without requiring the operator to manually place every rivet.

The feeding system can be designed according to the shape and dimensions of the blind hollow rivets. Proper orientation is important because the rivet needs to enter the tooling correctly before the riveting cycle begins.

For custom applications, the feeding mechanism can be matched to the customer's rivet specifications and production requirements. Before production, it is recommended to test the actual rivets and workpieces to confirm feeding reliability and riveting performance.

Precision Riveting Tooling

Tooling is another important part of the Blind Hollow Riveting Machine. The punch, die, riveting head, fixture, and positioning components must work together according to the geometry of the rivet and workpiece.

Custom tooling can be developed for different product shapes and applications. This allows manufacturers to use one basic machine platform for different products while changing the relevant tooling and fixtures.

Accurate positioning helps maintain consistent rivet placement and minimizes problems such as misalignment, incomplete riveting, excessive deformation, or damage to the workpiece.

Applications

Blind Hollow Riveting Machines can be used across many industries where hollow rivets are used as mechanical fasteners.

Typical applications include:

Leather products
Shoes and footwear
Bags and luggage
Belts
Garments and apparel accessories
Furniture hardware
Metal hardware
Automotive components
Electrical components
Industrial accessories
Decorative hardware
Cases and containers
Outdoor equipment
Consumer products

The final application depends on the rivet material, dimensions, workpiece thickness, required fastening strength, and product design.

Suitable Materials

Blind hollow rivets may be manufactured from materials such as aluminum, steel, stainless steel, brass, copper, or other suitable metals. The riveting machine should be configured according to the mechanical characteristics of the rivet and the material being assembled.

Different materials require different riveting forces and tooling designs. Softer materials may require controlled deformation to avoid excessive marking, while harder rivets may require greater forming force.

For this reason, sample testing is recommended before purchasing a machine for a new application.

Benefits for B2B Manufacturers

A dedicated Blind Hollow Riveting Machine can provide several production advantages.

Consistent Riveting:
The controlled riveting process helps reduce variations between individual products.

Reduced Manual Labor:
Automatic or semi-automatic feeding and riveting can reduce repetitive operator tasks.

Improved Production Efficiency:
A dedicated riveting station can streamline repetitive fastening operations.

Better Product Appearance:
Correct tooling and controlled deformation can help produce clean and uniform rivet finishes.

Flexible Tooling:
Application-specific dies and fixtures can accommodate different product designs.

Repeatable Production:
Standardized machine settings help manufacturers maintain consistent production processes.

Easy Production Integration:
Depending on the configuration, the machine can be incorporated into existing production lines or used as an independent workstation.

Custom Blind Hollow Riveting Solutions

Not every riveting application is identical. Rivet diameter, rivet length, material, workpiece thickness, hole diameter, riveting position, production volume, and product geometry can all affect machine configuration.

Manufacturers can therefore request customized riveting solutions based on their production requirements. Options may include automatic rivet feeding, customized tooling, special workholding fixtures, multiple riveting heads, foot-pedal operation, automatic control systems, safety protection, and production-line integration.

For OEM and custom projects, providing rivet samples, workpiece samples, drawings, photographs, and production requirements can help determine the appropriate machine configuration.

Quality Control

Consistent riveting requires more than simply applying force. Rivet positioning, hole size, tooling alignment, riveting force, rivet length, and workpiece positioning can all influence the final fastening result.

A production quality-control process can include incoming rivet inspection, workpiece inspection, sample riveting, visual inspection, dimensional checking, and fastening-strength testing where required.

Manufacturers should establish suitable process parameters based on their specific rivet and product design.

Maintenance

Routine maintenance helps maintain reliable machine operation. Operators should regularly inspect the riveting head, punch, die, feeding components, fixtures, fasteners, and other wear parts.

The feeding system should be kept clean so that rivets can move smoothly through the machine. Tooling should also be inspected for wear because damaged or worn tooling may affect riveting quality.

Following the manufacturer's maintenance recommendations can help extend equipment service life and reduce unexpected downtime.

Why Choose Our Blind Hollow Riveting Machine?
Industrial B2B Design – Built for repetitive manufacturing and production environments.
Consistent Riveting Performance – Controlled riveting helps improve fastening uniformity.
Automatic Feeding Options – Suitable feeding systems can reduce manual rivet loading.
Custom Tooling Available – Dies, punches, and fixtures can be customized for different applications.
Wide Application Range – Suitable for hardware, leather, footwear, bags, garments, automotive components, and other products.
OEM & Custom Solutions – Machine configurations can be developed around specific production requirements.
Production Efficiency – Designed to streamline repetitive hollow rivet fastening operations.
Sample Testing Support – Actual rivets and workpieces can be evaluated to help determine a suitable configuration.
FAQ
1. What is a Blind Hollow Riveting Machine?

It is an industrial machine designed to install and fasten blind hollow rivets onto suitable workpieces using controlled mechanical riveting.

2. What is the difference between a blind rivet and a hollow rivet?

A blind rivet is generally designed for installation when access to the rear side of the assembly is limited. A hollow rivet has a hollow body or tubular structure that can be mechanically formed during fastening. The exact terminology can vary according to rivet design and application.

3. What products can use this riveting machine?

It can be used for products such as bags, footwear, leather goods, belts, garments, hardware, automotive components, cases, furniture accessories, and other products requiring hollow rivet fastening.

4. Can the machine automatically feed rivets?

Yes. Depending on the configuration, an automatic rivet feeding system can be integrated to supply rivets to the riveting station.

5. Can the machine handle different rivet sizes?

The machine can be configured for suitable rivet sizes, but the actual range depends on the machine design, tooling, feeding system, and rivet specifications.

6. Can the riveting tooling be customized?

Yes. Punches, dies, fixtures, positioning components, and other tooling can be customized according to the rivet and workpiece.

7. Can I use aluminum or stainless steel hollow rivets?

Potentially, yes. The machine configuration and tooling should be matched to the specific rivet material, dimensions, and forming requirements.

8. Is this machine suitable for high-volume production?

A dedicated riveting machine can be suitable for repetitive and high-volume production. Automatic feeding and optimized workpiece positioning can further improve production efficiency.

9. Can the machine be integrated into an existing production line?

Depending on the machine configuration, it can be designed as a standalone workstation or integrated into a larger production process.

10. How can I select the correct riveting machine?

Provide the rivet dimensions and material, workpiece material and thickness, hole size, riveting position, expected production volume, and product drawings or samples. These details help determine the appropriate machine and tooling configuration.

11. Do you provide OEM riveting machine solutions?

Yes. OEM and customized solutions can be developed for specific rivet types, products, tooling requirements, feeding systems, and production processes.

12. Should I test samples before ordering?

Yes. Sample testing is recommended, especially for new applications. Testing the actual rivets and workpieces helps verify feeding, positioning, riveting deformation, appearance, and fastening performance.

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